Designing a Residential Tower to Optimize Energy Consumption in Iran and the MazandaranClimate (Case Study: Salman Shahr)

Recent studies strongly emphasize the importance of optimizing energy consumption in buildings. In this regard, the principled design of buildings and attention to the climatic characteristics and the intended site are considered fundamental strategies towards achieving this significant goal. The present research, with an innovative approach, investigates the possibility of using recycled and renewable materials in construction and evaluates the impact of utilizing these materials on reducing environmental pollution. Furthermore, this research seeks to present an analytical method for assessing the efficiency and thermal comfort of buildings constructed with these types of materials. In this context, while preserving the aesthetic appearance and the comfort of residents, the use of durable materials and renewable energies, such as solar energy, is proposed as an effective solution to reduce the adverse environmental effects resulting from fossil fuels. The ultimate goal of this research, using an applied and descriptive-analytical method, is to provide a codified and practical framework for optimal energy consumption and the reduction of environmental pollutants in the construction industry.

کلیدواژه ها:

Tower ، Renewable Energy ، Residential ، Climate ، Solar Energy ، Photovoltaics